To find the complementary angles, we need to identify pairs of angles that add up to 90 degrees.
From the description, we know that:
- Angle ∠A∠F∠B is a right angle (90 degrees).
- Angles are given as:
- ∠A∠F∠B = 90° (Angle 1)
- ∠B∠F∠C = Angle 2
- ∠C∠F∠D = Angle 3
- ∠D∠F∠E = Angle 4
- ∠E∠F∠A = Angle 5
Since ∠A∠F∠B is a right angle, it doesn't have a complementary angle—it already measures 90 degrees.
Next, we need to check for any pair of angles that add up to 90 degrees:
The angles that may be complementary are:
- ∠B∠F∠C (Angle 2) and ∠C∠F∠D (Angle 3)
- ∠D∠F∠E (Angle 4) and ∠E∠F∠A (Angle 5)
- ∠E∠F∠A (Angle 5) and ∠B∠F∠C (Angle 2)
If we assume typical values, commonly:
- ∠B∠F∠C = 45° and ∠C∠F∠D = 45° (adds up to 90)
- Similar analysis can be done with other angles.
Therefore, the pairs of angles identified as complementary can include values like:
Let’s take an example for complementary angles that total to 90 degrees:
- ∠B∠F∠C = 45°
- And other complementary pairs as the illustration suggests might include:
- ∠D∠F∠E = 45°
Thus not knowing the exact values visually, typically, Assuming: If ∠B∠F∠C = 30° and ∠C∠F∠D = 60° it makes them not complementary. And if we evaluate others accordingly.
In conclusion:
The specific question may not have a clearer value from the image being non-visual, but let’s fill in a valid example like:
- smaller ∠ = 30° and larger ∠ = 60°.
Therefore writing the answer as: 30° and 60°.
However, if you have specific angles values they can guide direct answer pairs as given or observed (ensure pair sums to 90).